Distillation App All Glass

Distillation App All Glass (RSE-444)

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Aarson Distillation App. All Glass

A Aarson distillation apparatus made entirely of glass is commonly used in laboratory settings for various purposes such as purifying liquids, separating components of a mixture based on differences in boiling points, and conducting chemical reactions under controlled conditions. Here’s a basic overview of the components typically found in a glass distillation setup:

Boiling Flask (or Distillation Flask): This is where the liquid mixture to be separated is initially placed. It is usually a round-bottomed flask made of glass and often has a side-arm for attaching other components.
Distillation Column (or Fractionating Column): This is a vertical glass tube that attaches to the boiling flask and provides surface area for the condensation and re-evaporation of vapors, improving separation efficiency.
Condenser: This component cools the vapor from the boiling flask back into liquid form. It typically consists of a long glass tube surrounded by a water jacket or coils through which cold water flows. As the hot vapor passes through the condenser, it condenses and drips out as a purified liquid.
Receiver Flask: This flask collects the purified liquid that drips out of the condenser.
Clamps and Supports: These are used to securely hold the glass components together, ensuring stability during the distillation process.
Thermometer: Some setups include a thermometer to monitor the temperature of the vapor and the boiling point of the liquid being distilled.
Vacuum Adapter (optional): In some setups, a vacuum adapter may be used to lower the boiling point of the liquid being distilled, especially in vacuum distillation.
Heating Source: Usually, a heating mantle or hot plate is used to heat the boiling flask, causing the liquid mixture to vaporize.

DISTILLATION APP.ALL GLASS

(MODEL-RSE-444)

Distillation App All Glass (RSE-444)

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